The prediction of cardiac conditions can be done through comparison and analysis of parameters transformed into mathematical model equations. This paper aims to present the design of a web-based graphical user interface of mathematical model of cardiovascular-respiratory system (ICRSMM) as an appropriate displaying tool. The designed system offers an easy way of recording and storing parameters in a database. Those parameters are computerized to generate automatic results in a graphic representation, which is an effective way used in medicine to allow physicians, nurses, and other experienced health personnel to analyze and discuss results. The designed solution provides an adequate and friendly environment that eases the task of recording the results in a graphic representation. This gives a clear picture of analysis to determine a healthy or unhealthy cardiovascular-respiratory system of a person exercising. However, such a complex design solution comes in to put an accent of consideration to an area of research that still needs more discoveries and exploration.

This paper aims to present a design of a web-user interface for mathematical model ofglucose-insulin system. Nurses and administrative personnel can confirm the measured pa-rameters entered by Lab technician. These parameters include glucose and insulin concentra-tion in the heart, the liver and tissues. Measured and estimated parameters are stored in thedatabase, the system displays the results evaluated and calculated by the system to serve asa point of reference to allow users making appropriate, and timely decisions. The front end isdesigned to be user friendly and to ease the user's manipulation and the back end which is thehidden part embodies the database that stores measured and estimated parameters as well asthe mathematical model which is programmed to calculate automatically the parameters anddisplays the results finally. Keywords: Web-user interface, Mathematical model, Glucose-Insulin system, Health subject,Medical Doctor tests

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